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Recognition and Association of DNA Glycosylase with Site Containing an Affected Pyrimidine - Ontify

Recognition and Association of DNA Glycosylase with Site Containing an Affected Pyrimidine

Instance of the biological pathway in Homo sapiens with Reactome ID (R-HSA-110328).

Statements about Recognition and Association of DNA Glycosylase with Site Containing an Affected Pyrimidine

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Instance Of

Biological Pathway

Depyrimidination

Part Of

Depyrimidination

Has Part(s)

21 items

Exact Match

https://identifiers.org/reactome:R-H ...

NEIL1 Recognizes and Binds FapyA-dsDNA

OGG1 Glycosylase Mediated Recognition and Binding of a Formamidopyrimidine (FapyG)

TDG Glycosylase Mediated Recognition and Binding of an Ethenocytosine

SMUG1 Glycosylase Mediated Recognition and Binding of Uracil in DNA

UNG Glycosylase Mediated Recognition and Binding of a 5-Hydroxyuracil Opposite to a Guanine

TDG Glycosylase Mediated Recognition and Binding of a Thymine Opposite to a Guanine

NEIL1 Recognizes and Binds FapyG-dsDNA

MBD4 Glycosylase Mediated Recognition and Binding of a Thymine Opposite to a Guanine at CpG Sequences

TDG Glycosylase Mediated Recognition and Binding of an Uracil Opposite to a Guanine

NEIL1 Recognizes and Binds Thymine Glycol

NTHL1 Glycosylase Mediated Recognition and Binding of Formamidopyrimidine (FapyA)

NEIL2 Recognizes and Binds 5-OHU-dsDNA

NEIL3 Recognizes and Binds to Thymine Glycol in Telomeric DNA

MBD4 Glycosylase Mediated Recognition and Binding of an Uracil Opposite to a Guanine at CpG Sequences

NTHL1 Glycosylase Mediated Recognition and Binding of Thymine Glycol

NEIL1 Recognizes and Binds DHU-dsDNA

NEIL1 Translocates to the Nucleus

NTHL1 Glycosylase Mediated Recognition and Binding of Dihydrouracil

UNG Glycosylase Mediated Recognition and Binding of an Uracil Opposite to a Guanine

NEIL3 Recognizes and Binds to Thymine Glycol

NTHL1 Glycosylase Mediated Recognition and Binding of Cytosine Glycol